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What does a Da Vinci robot cost?

Published in Surgical Robotics Cost 2 mins read

The initial purchase cost of a Da Vinci robot, specifically the da Vinci-S model, is $1.5 million.

Understanding Da Vinci Robot Costs

Acquiring a robotic surgical system like the Da Vinci involves not only a significant upfront investment but also ongoing operational expenses. These costs can be broken down into the initial acquisition price and recurring annual fees.

Initial Investment

The direct purchase price for a Da Vinci surgical robot, such as the da Vinci-S model, is a substantial $1.5 million. This cost represents the capital expenditure required to bring the advanced surgical system into a healthcare facility.

Annualized and Ongoing Costs

While the upfront cost is high, the financial commitment extends beyond the initial purchase. Hospitals typically account for these systems over their expected lifespan, and ongoing maintenance is crucial for their operation.

  • Amortized Cost: When amortized over a period, such as 5 years, the initial $1.5 million cost translates to an annual expense of $300,000. This reflects the depreciation and allocation of the capital investment over its useful life.
  • Service Contract: In addition to the amortized cost of the robot itself, there is a mandatory annual service contract. This contract, essential for maintenance, technical support, and ensuring the system operates optimally, costs $112,000 per year.

These figures highlight that the true cost of operating a Da Vinci robot is a combination of its initial price spread over time and continuous service fees.

Cost Breakdown Summary

To provide a clear overview, here's a summary of the Da Vinci robot costs:

Cost Type Amount Description
Initial Purchase $1,500,000 Upfront cost for a da Vinci-S robot system.
Annual Amortization $300,000 Cost of the robot spread over 5 years.
Annual Service Contract $112,000 Recurring fee for maintenance and support.

This breakdown illustrates the different financial components involved in acquiring and maintaining a Da Vinci surgical robot system.